Subsea Cables & Internet Infrastructure

1. The last 2Africa splice should happen in December and the cable is likely to be fully live April, 2025. Not surprising given this is the most complicated submarine cable project ever undertaken with over 40 landings and many new cable landing stations. Right now only the Kenya to South Africa segment is live.  2. Blue-Raman is farther out than many Blue-Raman providers are willing to admit. Not 2nd quarter next year. But year's end for the all-important Marseille/Mumbai segment. Don't be fooled. Salesmen are Liars. 😀 Except for me, of course. 😊 3. I can sell you 5x 100Gs on any of the three Equiano segments today and three months down the road will have 25x 100Gs available on the Equiano cable. Plus I have affordable local loops from Lagos OADC to the other two key Lagos data centers. Moreover, the metro fibre is amplified which is important for ensuring acceptable 400G and 800G wave performance. Most Lagos 

Equiano is a Google cable. A 12 fibre pair spatial division multiplexing system designed to do at least 12 Tbps per pair. This cable is a must-have for African ISPs as it connects the three key telecom hubs of Portugal (Lisbon Equinix (LS1)), Nigeria (the Open Access Data Center (OADC) in Lagos), and South Africa (Capetown Teraco (CT1) in South Africa), has massive capacity and is vastly more reliable than older African cables.  Equiano not only connects the key telecom hubs essential to West Africa's Internet, but is also buried two meters deep and avoids the dangerous undersea areas like the Congo canyon and Le Trou Sans Fin that have caused many subsea outages. Le Trou experienced a debris slide this Spring that caused 4 African cables (SAT3, Mainone, WACS, and ACE) to be severed in the Ivory Coast's territorial waters. Equiano saved West Africa's Internet from a complete subsequent meltdown as its capacity was used to reroute traffic to Lisbon or South Africa. Equiano&#

Transmission Co is a new Lagos metro network with fibre between the three key data centers of OADC, Rack Centre, and MDXI Equinix. It is currently expanding into another three sites. This network is amplified in order to ensure high performance for 400G and 800G wavelengths. We can offer you metro wavelengths between these three data on-net facilities configured as a ring at excellent pricing with significant term and volume discounts. Also available are spectrum and alien waves. Mark Tinka, former head of Seacom engineering, is the founder and CEO. I work directly with him on sales opportunities. Mark is well known and respected in the Internet engineering community. We can be reached at roderick.beck@networksourcing.net.  The best way to think about spectrum is that it is a virtual fibre pair. If you take 100 Gigahertz on the network, then you feed it into your DWDM gear and carve it up and frame as OTN circuits. In this case you can get a 400G wavelength or several 100G waves if yo